过程测控系统与工程（第2版）
定价：￥79.00
作者： 肖中俊
出版时间：2026-01
出版社：电子工业出版社
- 电子工业出版社
- 9787121518140
- 1-1
- 16开
- 2026-01
- 617
- 工学
- 电子信息类
- 电子信息与电气
- 本科 研究生及以上
内容简介
本书作为国家一流课程“过程控制”的配套教材，是山东省“111 计划”自动化专业核心教材建设的重点项目，助力一流人才培养，适应新时代高等院校培养高水平应用型专业人才目标，在第 1 版的内容基础上进行迭代重构，形成第 2 版新形态教材范式。本书主要内容包括自动化及仪表、典型过程控制系统及其应用、智能控制技术与理论。其中，自动化及仪表部分包括过程自动化理论、建模理论、基础检测技术、智能检测技术，以及检测仪表、执行仪表、控制仪表等的基本工作原理；典型过程控制系统及其应用部分全面介绍了单回路控制系统、串级控制系统、均匀控制系统、比值控制系统、分程控制系统、选择性控制系统、前馈控制系统；智能控制技术与理论部分主要包括时滞过程控制系统、智能控制系统、集散控制系统等。 本书具有鲜明的特色，一是坚持产教融合教育理念，理论联系实际，内容丰富，化工案例特色显著，实用性强；二是深化数智化教学改革，丰富教材数字化资源，打造新形态教材；三是践行课程思政，塑造知识体系的价值内蕴。 本书可作为自动化、智能制造工程、工业智能、测控技术与仪器、化学工艺与工程、制药工程等专业相关课程的教材，也可供相关专业的研究生及专业工程技术人员学习、参考。
目录
目 录
第 1 章 过程控制系统的基本概念 ·························································································· 1
1.1 概述······························································································································ 1
1.2 过程控制技术的发展简况··························································································· 1
1.3 过程自动化技术的知识内容······················································································· 4
1.4 过程控制系统的特点与分类······················································································· 5
1.4.1 过程控制系统的特点····························································································· 5
1.4.2 过程控制系统的分类····························································································· 6
1.5 过程控制系统的基本组成及表示形式 ······································································· 6
1.5.1 基本组成 ············································································································· 7
1.5.2 过程控制系统框图表示方法··················································································· 9
1.5.3 工艺管道及仪表流程图 ························································································· 9
1.6 过程控制系统的基本要义························································································· 12
1.7 过程控制系统的过渡过程与性能指标 ····································································· 13
1.7.1 稳定性描述········································································································ 14
1.7.2 阶跃响应型单项性能指标···················································································· 14
1.7.3 误差性能指标····································································································· 16
本章小结-知识图谱··········································································································· 17
习题 ···································································································································· 18
第 2 章 过程特性与建模········································································································ 19
2.1 过程的特点及描述方法····························································································· 19
2.2 过程的数学模型及其建立························································································· 19
2.2.1 过程的数学模型 ································································································· 19
2.2.2 过程建模的目的与基本原则················································································· 21
2.2.3 过程建模的方法 ································································································· 22
2.3 机理法建模················································································································ 23
2.3.1 机理法建模的思路······························································································ 23
2.3.2 数学模型的具体表达式 ······················································································· 24
2.3.3 一阶过程的数学模型··························································································· 26
2.3.4 二阶过程的数学模型··························································································· 28
过程测控系统与工程（第 2 版）
VI
2.3.5 具有纯滞后特性的过程的数学模型······································································· 30
2.3.6 高阶过程的数学模型··························································································· 31
2.4 测试法建模················································································································ 32
2.4.1 测试法建模的思路······························································································ 32
2.4.2 时域法··········
第 1 章 过程控制系统的基本概念 ·························································································· 1
1.1 概述······························································································································ 1
1.2 过程控制技术的发展简况··························································································· 1
1.3 过程自动化技术的知识内容······················································································· 4
1.4 过程控制系统的特点与分类······················································································· 5
1.4.1 过程控制系统的特点····························································································· 5
1.4.2 过程控制系统的分类····························································································· 6
1.5 过程控制系统的基本组成及表示形式 ······································································· 6
1.5.1 基本组成 ············································································································· 7
1.5.2 过程控制系统框图表示方法··················································································· 9
1.5.3 工艺管道及仪表流程图 ························································································· 9
1.6 过程控制系统的基本要义························································································· 12
1.7 过程控制系统的过渡过程与性能指标 ····································································· 13
1.7.1 稳定性描述········································································································ 14
1.7.2 阶跃响应型单项性能指标···················································································· 14
1.7.3 误差性能指标····································································································· 16
本章小结-知识图谱··········································································································· 17
习题 ···································································································································· 18
第 2 章 过程特性与建模········································································································ 19
2.1 过程的特点及描述方法····························································································· 19
2.2 过程的数学模型及其建立························································································· 19
2.2.1 过程的数学模型 ································································································· 19
2.2.2 过程建模的目的与基本原则················································································· 21
2.2.3 过程建模的方法 ································································································· 22
2.3 机理法建模················································································································ 23
2.3.1 机理法建模的思路······························································································ 23
2.3.2 数学模型的具体表达式 ······················································································· 24
2.3.3 一阶过程的数学模型··························································································· 26
2.3.4 二阶过程的数学模型··························································································· 28
过程测控系统与工程（第 2 版）
VI
2.3.5 具有纯滞后特性的过程的数学模型······································································· 30
2.3.6 高阶过程的数学模型··························································································· 31
2.4 测试法建模················································································································ 32
2.4.1 测试法建模的思路······························································································ 32
2.4.2 时域法··········
